4. Atomic Spectra (Intro to Solid-State Chemistry)

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  • Опубликовано: 19 сен 2024

Комментарии • 39

  • @michaelhatch1255
    @michaelhatch1255 3 года назад +37

    I am a 79 year old retired mechanical engineer and am thoroughly enjoying your lectures, if only I had had you as a physics teacher I may have changed to physics! Thanks

    • @HuNgRy4KiLl
      @HuNgRy4KiLl 2 года назад +1

      Any advice for a young graduate engineer? Would love to have even a fraction of your experience and knowledge.

    • @ok_computer12
      @ok_computer12 4 месяца назад

      I am a recent mechanical engineering Graduate. Can you please share an ounce of wisdom on how to succeed in this field? Much appreciated 😊

  • @anujinganzorig1372
    @anujinganzorig1372 3 года назад +7

    whoever made that intro thing, should become an ASMR person, that was so satisfying to hear ngl

    • @anujinganzorig1372
      @anujinganzorig1372 3 года назад +3

      anyway, I'm here because I'm studying for a chemistry test on Atomic Spectra & Energy....It's High school IB-SL Chem...WHOOO (im bad at it)

  • @brainstormingsharing1309
    @brainstormingsharing1309 3 года назад +6

    Absolutely well done and definitely keep it up!!! 👍👍👍👍👍

  • @landonschmitt7117
    @landonschmitt7117 Год назад +2

    Anybody else perfectly understands stuff, and then the second after gets immediately humbled and forced to watch a section for the 10th time 😂

  • @reynep
    @reynep 11 месяцев назад

    at 38:00 he did a small mistake
    transition should be 3->2 [Balmer Series]

    • @parker.oddvoot
      @parker.oddvoot 11 месяцев назад

      REF:- 5.111 Lecture 5: Hydrogen Atom Energy Levels

  • @user-mf4ug6pt3b
    @user-mf4ug6pt3b 2 года назад +1

    Amazing, this tutor loves chemistry and it shows

  • @jollyjokress3852
    @jollyjokress3852 4 месяца назад +1

    I easily absorbed the 46 Minutes of lecture. It was this good!

  • @Petrov3434
    @Petrov3434 3 года назад +3

    Outstanding lecture !!!

  • @broccoli9308
    @broccoli9308 Год назад +1

    When in doubt divide by 2π

  • @DawitTsed
    @DawitTsed Год назад

    I am interested. Keep it up!

  • @zphuo
    @zphuo 3 года назад +2

    Hydrogen have only 1 electron. @38:00 How electron drop from n4 to n3 and release red light?

    • @lisa7286
      @lisa7286 2 года назад +1

      It's not Hydrogen. It's hydrogen like ion

    • @zphuo
      @zphuo 2 года назад

      @@lisa7286 thanks. u r right!

    • @josemilian4167
      @josemilian4167 2 года назад

      drop of hydrogen electron from n4 - n3 would give red light of 639. If you need picture look at 28:37 depicts what I am saying in move from n2 n1 similar case light would have it's own light emission though. hydrogen does have 1 e- but that e- can be at different states n=1,2,3 etc. anything passed n=1 ground state would be an excited state.

    • @reynep
      @reynep 11 месяцев назад

      but his answer was 4->3
      red light in Hidrogen with 1 Proton is cause by 3->2 transition
      you can look into Balmer series.... & 5.111 Lecture 5:- Hydrogen Atom Energy Levels

  • @CoinDoctor1
    @CoinDoctor1 2 года назад

    I have HCFC in the form of Blue Ribbon coin conditioner. It says it is harmful to the ozone as a warning on the bottle. I only used this on nicer St. Gaudens and Double Eagles.

  • @dennisneero9736
    @dennisneero9736 3 года назад

    Is it likely that there is an energy level for for the hydrogen atom En=-1.00×10 to the power -20

  • @00799731
    @00799731 Год назад

    fantastic !!!

  • @platones9667
    @platones9667 2 года назад

    AWESOME!

  • @josemilian4167
    @josemilian4167 2 года назад

    was he using rydenber's equation for question asking about 639 wavelength?

  • @ptgrenville75
    @ptgrenville75 3 года назад

    In Einstein's Photo Electric effect experiment how can ejected electrons be both quantized AND linear???

  • @noorjahanakterjoly9414
    @noorjahanakterjoly9414 3 года назад

    How MIT conduct online exams?can you upload videos regarding this?

  • @ptgrenville75
    @ptgrenville75 3 года назад

    I understand that constants have a value that does not change but how are constants determined in the first place???

    • @chengzhiwu7052
      @chengzhiwu7052 3 года назад

      As fas as I know, it’s calculated with all the formulas and derived. I.e the g for gravity is approximately 9.81... deriving it from newtons second law.

    • @webdevacademy3496
      @webdevacademy3496 2 года назад

      Mostly from experimentation. Like E = hv.
      Here people know the frequency, experiment to get the energy and then they can calculate the h.
      h= E/v.
      Similarly C (speed of light) was found out thousands of years ago by experimentation in India, Greece and yet more places

  • @dancooper8551
    @dancooper8551 Год назад

    Where would solid-state chemistry be without physics?😎

  • @ghenkhoash2440
    @ghenkhoash2440 3 года назад

    China is still releasing a lot of CFC to the atmosphere.

  • @techwithvj257
    @techwithvj257 3 года назад +3

    didn't get anything

    • @kanishk9490
      @kanishk9490 2 года назад +1

      I think you need a little bit of high school chemistry refresher

    • @josemilian4167
      @josemilian4167 2 года назад

      if your talking about calculations I get why he skipped a lot of steps. and didn't show calculations.

    • @reynep
      @reynep 11 месяцев назад

      the question is what do you even wish to get? (lousy hooman)